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Vertical farms in the context of sustainable development

Irina Maltseva 1, N Kaganovich 1, T Mindiyrova 1

Abstract


The article analyzes some of the fundamental aspects of sustainable development of cities, connected in many respects with the concept of ecological architecture. One of the main concepts of sustainability is considered in detail: the city as an eco-sustainable and balanced system, objects of architecture as a full-fledged part of this system, which, most likely, will be determined by one of the directions of this development - the development of landscape architecture as an instrument of integration of nature into the urban environment. At the same time, the variety of its functional forms and architectural methods in the system of organization of internal and external space is outlined, as well as its interrelation with energy-saving architecture, which defines them as the two most important components of eco-sustainable development. Forms of development of landscape architecture are considered in the review of analogs, as an example (an object of agricultural urbanism) a thesis on the topic of "The Vertical Farm Agroindustrial Complex" is presented.


Keywords


sustainability; landscape architecture; ecosystem service; ecoculture, urban farming; vertical farm, aerohydroponic system

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References


There is consensus on a new program for sustainable developmentin. In UN Information Center in Moscow 2015 http://www.unic.ru/bulletin/2015-8-05/dostignut-konsensus-po-novoi-programme-ustoichivogo-razvitiya-kotoraya-dolzhna-by.

Transformation of our world: Agenda for sustainable development for the period up to 2030. United Nations. - A / RES / 70/1 General Assembly Destr: General 21 October 2015 pp 2– 44.

Kim JB, Jeong WS, Clayton MJ, Haberl JS, Yan W. Developing a physical BIM library for building thermal energy simulation. Automation in Construction 2015, 50: 16-28.

Food city: The urban landscape as a food source 2016 GreenBuildings 3 p 30.

Shayk AK. 2012 System perception of sustainable architecture in the beginning of the XXI century. "Sustainable architecture: present and future": Proceedings of the International Symposium on 17-18 November 2011, scientific papers of the Moscow Architectural Institute (State Academy) and group KNAUF CIS pp 80–85.

François E. Flower Tower 2004 http://archi.ru/projects/world/4937/dom-flower-tower.

Bulgac RV. 2012 Sustainable urban development and environmental architecture. "Sustainable architecture: present and future": Proceedings of the International Symposium on 17-18 November 2011, scientific papers of the Moscow Architectural Institute (State Academy) and group KNAUF CIS pp 236–249.

The greenhouse area of Eco-Viikki. PIMWAG, Helsinki // http://www.archpla forma.ru/?act=

&nwid=2984 - date of the application 10.03.2017.

The urban farm: The fresh products from the skies 2015 Green Buildings 4 p 31.

Home farm, Architecture with greenery 2015 http://mirum.ru/news/world_trend/obraz zhizni/

v_singapure_pridumali_pansionat_fermu_dlya_pozhilykh/ - date of the application 12.03.2017.

A school where building bridges 2016 Green Buildings 3 p 47.

Nature in the living body, a city 2016 Green Buildings 2 p 30.

Roksolana. 2016 What is hydroponics and a eroponics? Innovative technologies of plants cultivation In Russian [Что такое гидропоника и аэропоника? Инновационные технологии выращивания растений] https://na-poluostrove.ru/blog/chto-takoe-gidroponika-i-aeroponika-innovacionnye-tehnologii-vyrashchivaniya-rasteniy - date of the application 10.03.2017.

Golovnev SG. 2010 Modern construction techniques In Russian [Современные строительные технологии] (Chelyabinsk: Publishing center SUSU) С 38.

Solar battery Panasonic HIT VBHN330SJ47 http://alteco.in.ua/products/solnechnue-batarei/solnechnue-batarei/panasonic-hit-vbhn-330-sj47-detail - date of the application 10.03.2017.

Panasonic introduced the most efficient solar battery. 2013 http://sun-shines.ru/panasonic-rekord/ - date of the application 14.03.2017.

Aquapanel "Knauf": Specifications, main parameters, benefits. 2015 In Russian [Аквапанель "Кнауф": технические характеристики, основные параметры, преимущества] http://fb.ru/article/198210/akvapanel-knauf-tehnicheskie-harakteristiki-osnovnyie-parametryi-preimuschestva - date of the application 17.03.2017.

STO 42481025 006-2007 Specifications. Bent steel thermoprofiles for building structures 2007 In Russian [СТО 42481025 006-2007 Технические условия. Термопрофили стальные гнутые для строительных конструкций] (Closed joint-stock company "INSI")

Thermoprofile: features and material characteristics: Information and building foundation of my house In Russian [Термопрофиль: особенности и характеристики материала: Информационно-строительная основа моего дома] http://osnovam.ru/stroitelnye/termoprofil.

Solutions for Facades 2014 http://www.foams.saint-gobain.eu/uploadedFiles/SGfoamseu/

Documents/StructuralGlazing_Fa%C3%A7ades_en.pdf.

Insulation Isover: Technical characteristics and properties 2016 In Russian [Утеплитель Изовер: технические характеристики и свойства] http://srbu.ru/stroitelnye-materialy/79-uteplitel-izover-tekhnicheskie-kharakteristiki-i-svojstva.html.

Insulation Isover – features: Sound insulation and thermal insulation In Russian [Утеплитель Изовер – характеристики: шумоизоляция и теплоизоляция] http://okrovle.com/teplo-paro-gidroizolyatsiya-krysh/teploizolyatsiya-krysh/uteplitel-izover-harakteristiki.html.

Mineral wool Isover: Specifications In Russian [Минвата Изовер: технические характеристики] http://srbu.ru/stroitelnye-materialy/79-uteplitel-izover-tekhnicheskie-kharakteristiki-i-svojstva.html.




DOI: https://doi.org/10.18686/utc.v4i1.33

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